Emergence of Electromagnetism from the Subquantum Informational Vacuum: A Formal Derivation of Maxwell’s Equations from the NMSI Lagrangian

This paper develops a rigorous formalization of the subquantum informational vacuum within the framework of New Subquantum Informational Mechanics (NMSI). We demonstrate that Maxwell’s equations constitute the classical, local, and stationary limit of a more fundamental theory based on informational dynamics. The foundational axioms of the informational vacuum are introduced, along with the NMSI unit system based on the infobit (the fundamental pre-quantum informational unit, distinct from the quantum-mechanical qubit). The electromagnetic field equations are formally derived from the informational Lagrangian. We identify domains where Maxwell’s formalism becomes insufficient and propose specific, testable predictions unique to NMSI. Explicit falsifiability criteria are provided, establishing NMSI as a scientifically rigorous theoretical framework.